UBTECH Humanoid Robot for Education and Research – AI & ROS Platform

• ✔ Advanced platform for AI and robotics with full ROS support
• ✔ Powerful dual processing with Intel Core i7 and NVIDIA Jetson AGX Orin
• ✔ Comprehensive integration of sensors and modules for voice and vision
• ✔ Sophisticated motion control and autonomous navigation
• ✔ Open SDK for unlimited development and customization options
• ✔ Ideal for university laboratories, research institutes and advanced education

Introducing the UBTECH Humanoid Robot, a cutting-edge solution designed to revolutionize AI and robotics research and education. This advanced platform offers unmatched performance, flexibility, and openness, making it the ideal choice for academic institutions and development labs around the world.

🤖 What can this humanoid robot do?

• It has autofocus for precise visual perception.
• It offers a complete SDK for easy integration and development of your own applications.
• It is equipped for voice interaction and includes headphone connectivity.
• Computing power is provided by an Intel Core i7 processor with a frequency of up to 4.7GHz.
• It uses dual NVIDIA Jetson AGX Orin (with 550 TOPS performance) for cutting-edge AI operations.
• It includes advanced voice and visual perception features combined with embodied intelligence.
• Advanced AI algorithms for motion control, computer vision, and autonomous navigation.

✨ Explore every detail

This humanoid robot is designed as a comprehensive tool for deep immersion in the world of artificial intelligence and robotics. Its architecture allows researchers and students to experiment with the latest algorithms and technologies in real time. From motion control algorithms to autonomous navigation and positioning, everything is available and ready to be explored. The integrated ROS-based operating system (ROSA) ensures broad compatibility and ease of development.

Powered by advanced speech and language technologies, as well as robust servo drives, this robot is capable of performing complex tasks and interacting with its environment with a high level of intelligence and fluidity, making it an ideal platform for creating future innovations in intelligent services.

🛑 Are you bothered by the complexity of development in advanced robotics?

Development at the frontier of AI and robotics often runs into the limits of available platforms – insufficient performance, closed systems or difficult integration. Are you looking for a solution that provides sufficient flexibility and raw computing power for your most ambitious humanoid robotics and AI projects?

🚀 Unlock your potential with our cutting-edge humanoid robot!

UBTECH Humanoid Robot is the answer to these challenges. With its open architecture, high computing power, and integrated ROS and SDK support, you can reduce development time, maximize experimental possibilities, and focus on innovation, not overcoming technical barriers.

🌟 More than just features, real benefits

• Dual Performance (Intel i7 & NVIDIA Jetson AGX Orin): Get unmatched computing and AI performance to process complex data in real time, enabling the most demanding research projects.
• Full ROS and SDK support: You receive an open and flexible environment that simplifies development, integration, and customization of the robot to your specific needs and experiments.
• Integrating voice and vision with embodied intelligence: It will allow a robot to interact with its environment on a whole new level, which is key for studying autonomous systems and human-robot interaction.
• Advanced motion control and sensor integration: Provides precise and smooth movements, along with the ability to connect a wide range of sensors for detailed data collection and perception of the environment.
• Robust and reliable platform: Ensures long life and stability even with intensive use in research and education environments.

🎯 Who is it the ideal choice for?

• University and college labs: For teaching advanced robotics, AI, and machine learning.
• Research and development teams: For experiments with new algorithms in the fields of autonomous systems, human-robot interaction, and computer vision.
• Innovators and technology enthusiasts: Who are looking for a cutting-edge platform to implement their own complex robotics projects.

🤔 Do you have concerns? We'll answer them

• Concern: Is the robot flexible enough for my specific research needs? -> Answer: With an open SDK and full ROS support, the platform is extremely adaptable and allows for extensive customization and integration of external modules.
• Concern: Will it have enough processing power for my AI projects? -> Answer: Dual Intel Core i7 and NVIDIA Jetson AGX Orin processors provide massive computing and AI power to handle even the most demanding deep learning tasks.
• Concern: What about technical support and documentation? -> Answer: An open platform with an SDK means access to extensive documentation and support from the ROS community, making it easier to integrate and resolve any issues.

⚙️ Technical specifications

CPU	Intel Core i7 (up to 4.7GHz)
AI Acceleration	2x NVIDIA Jetson AGX Orin (550 TOPS)
OS support	ROS (Robot Operating System)
Intelligence	Voice, Vision, Embodied Intelligence
Motion control	AI Motion Control algorithms
Integration	Sensor integration, SDK available
Vision	Auto Focus camera
Audio	Headphone support

❓ Frequently Asked Questions

Is this robot suitable for beginners in robotics?

Due to its advanced features and open platform, it is primarily intended for intermediate to expert users, researchers, and students with advanced knowledge of robot programming and AI.

What programming languages ​​are supported?

Thanks to ROS support, a wide range of languages ​​can be used, most commonly Python and C++, which are the most used for development in robotics and AI.

Can I integrate my own sensors or hardware?

Yes, the robot's architecture, with ROS support and an open SDK, is designed for flexible integration of custom sensors and other hardware, allowing for full customization.

What is the main difference compared to other educational robots?

The key difference is the combination of top-notch computing power (Intel i7, dual Jetson AGX Orin), comprehensive integration of AI functions (voice, vision, embodied intelligence), and full openness of the platform for advanced research.

Is there detailed documentation available for the SDK and ROS?

Yes, for effective work with the robot, extensive SDK documentation and standard ROS documentation are available, which makes it easier to implement and develop your own projects.

Can a robot perform autonomous navigation?

Yes, the robot is equipped with advanced algorithms for autonomous navigation and positioning, which allows it to move independently in a given environment.